1
answer
1
watching
267
views
10 Nov 2019
2d and 2f
Verify that the function is a solution of the differential equation on some interval, for any choice of the arbitrary constants appearing in the function. (a) y=ce2x, y, = 2y 2. (c) y = 5 + ce-x-, y, + 2xy = x 2 y = (I + ce-z?/2); (I-ce-x2/2)-1 2y' + x (y2-1) = 0 y ="e + c2x)ex + sinx + x2, y"-2y' + y -2 cos x + x2-4x + 2 y x-1/2(c1 sinx + c2 cosx) + 4x +8; (d) (f) 2 (h) ty+ (+3-2
2d and 2f
Verify that the function is a solution of the differential equation on some interval, for any choice of the arbitrary constants appearing in the function. (a) y=ce2x, y, = 2y 2. (c) y = 5 + ce-x-, y, + 2xy = x 2 y = (I + ce-z?/2); (I-ce-x2/2)-1 2y' + x (y2-1) = 0 y ="e + c2x)ex + sinx + x2, y"-2y' + y -2 cos x + x2-4x + 2 y x-1/2(c1 sinx + c2 cosx) + 4x +8; (d) (f) 2 (h) ty+ (+3-2
Collen VonLv2
27 Jan 2019